Molecular Machines in Action

The wonders of the modern world rely on macroscopic machinery and devices, yet successful engineering of machinery at the molecular scale with atomic precision promises an extraordinary technological paradigm shift. This transformative endeavor has already yielded groundbreaking advancements, ranging from 3D printing and light-controlled therapies to innovations in energy storage, sensing and imaging, catalysis, molecular robotics, and life-like artificial systems. Pushing the boundaries of what is possible requires broad expertise across a range of scientific disciplines. Synthetic chemistry is needed to construct molecular scale components, from sensors and switches to motor and exotic molecular informatic elements. Understanding what it means to be a molecular machine and how they will function at the nanoscale requires a theoretical/computational understanding, while innovative top-down and bottom-up approaches must be developed to fabricate complex molecularly defined devices. Importantly, clinical and industrial experts will ultimately be poised to translate fundamental scientific advancements in molecular switches, motors, and machines into world-changing applications.

The Artificial Molecular Switches and Motors GRC serves this dynamic and inclusive community, bringing together passionate interdisciplinary scientists to investigate the perplexities of nanoscale and molecular scale machinery. As we delve into the cutting-edge developments in this field, the spirit of the GRC provides a unique platform for collaboration, knowledge exchange, and networking opportunities to build generational scientific communities and friendships. Engage with leading experts, share your innovative research, and participate in the unveiling of groundbreaking off-the-record discoveries as we work together to explore the nature, actions, and real-world applications of molecular machines.